normal.hpp File Reference

#include <fastad_bits/reverse/stat/normal.hpp>
#include <autoppl/util/traits/traits.hpp>
#include <autoppl/expression/distribution/dist_utils.hpp>
#include <autoppl/math/density.hpp>
#include <autoppl/math/math.hpp>

Go to the source code of this file.

Classes
struct	ppl::expr::dist::details::normal_valid_param_dim_case_1< MeanType, SigmaType >
struct	ppl::expr::dist::details::normal_valid_param_dim_case_2< MeanType, SigmaType >
struct	ppl::expr::dist::details::normal_valid_dim< VarType, MeanType, SigmaType >
struct	ppl::expr::dist::Normal< MeanType, SigmaType >

Namespaces
	ppl
	ppl::expr
	ppl::expr::dist
	ppl::expr::dist::details

Macros
#define	PPL_NORMAL_PARAM_SHAPE    "Normal distribution mean must either be a scalar or vector. "

Functions
template<class MeanType , class SDType , class = std::enable_if_t< util::is_valid_dist_param_v<MeanType> && util::is_valid_dist_param_v<SDType> >>
constexpr auto	ppl::normal (const MeanType &mean_expr, const SDType &sd_expr)

Variables
template<class MeanType , class SigmaType >
constexpr bool	ppl::expr::dist::details::normal_valid_param_dim_case_1_v
template<class MeanType , class SigmaType >
constexpr bool	ppl::expr::dist::details::normal_valid_param_dim_case_2_v
template<class VarType , class MeanType , class SigmaType >
constexpr bool	ppl::expr::dist::details::normal_valid_dim_v

Macro Definition Documentation

PPL_NORMAL_PARAM_SHAPE

#define PPL_NORMAL_PARAM_SHAPE    "Normal distribution mean must either be a scalar or vector. "